Validation of skin surface microtopography as a measure of skin photoaging in a subtropical population aged 40 and over
Identifieur interne : 002E96 ( Istex/Corpus ); précédent : 002E95; suivant : 002E97Validation of skin surface microtopography as a measure of skin photoaging in a subtropical population aged 40 and over
Auteurs : Maria Celia Hughes ; Geoffrey M. Strutton ; Anny Fourtanier ; Adèle C. GreenSource :
- Photodermatology, Photoimmunology & Photomedicine [ 0905-4383 ] ; 2012-06.
English descriptors
- KwdEn :
- Arch dermatol, Body mass index, Clin geriatr, Community sample, Data collection, Dermal, Dermal elastosis, Elastosis, Elastosis grades, Higher elastosis grades, Higher grades, Higher skin surface microtopography grades, Histological, Histological grades, Horizontal lines, Hormone replacement therapy, Indoors indoors, John wiley sons photodermatology, Lifestyle factors, Longitudinal data, Medical research, Medical research council, Microtopography, Nambour, Nambour participants, Odds ratio, Older adults, Older populations, Outdoor occupations, Participant, Photoaged skin, Photoaging, Photoimmunology photomedicine, Physical activity, Premature skin, Present study, Proportional odds assumption, Protection behavior, Queensland institute, Replica, Same time period, Severe elastosis, Silicone replicas, Skin cancer, Skin microtopography, Skin microtopography grades, Skin photoaging, Skin reaction, Skin samples, Skin surface grades, Skin surface microtopography, Skin surface microtopography grades, Skin surface replicas, Smoking status, Study participants, Sunscreen, Twofold increase, Ultraviolet light, Valid measure, Vertical lines, Young adults.
- Teeft :
- Arch dermatol, Body mass index, Clin geriatr, Community sample, Data collection, Dermal, Dermal elastosis, Elastosis, Elastosis grades, Higher elastosis grades, Higher grades, Higher skin surface microtopography grades, Histological, Histological grades, Horizontal lines, Hormone replacement therapy, Indoors indoors, John wiley sons photodermatology, Lifestyle factors, Longitudinal data, Medical research, Medical research council, Microtopography, Nambour, Nambour participants, Odds ratio, Older adults, Older populations, Outdoor occupations, Participant, Photoaged skin, Photoaging, Photoimmunology photomedicine, Physical activity, Premature skin, Present study, Proportional odds assumption, Protection behavior, Queensland institute, Replica, Same time period, Severe elastosis, Silicone replicas, Skin cancer, Skin microtopography, Skin microtopography grades, Skin photoaging, Skin reaction, Skin samples, Skin surface grades, Skin surface microtopography, Skin surface microtopography grades, Skin surface replicas, Smoking status, Study participants, Sunscreen, Twofold increase, Ultraviolet light, Valid measure, Vertical lines, Young adults.
Abstract
Evidence suggests that skin surface microtopography is a valid measure of photoaging among young adults, but whether this applies to older adults is unknown.
Url:
DOI: 10.1111/j.1600-0781.2012.00661.x
Links to Exploration step
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<affiliation>Correspondence: Ms Maria Celia Hughes, MMedSci, Queensland Institute of Medical Research, Cancer and Population Studies, Locked Bag 2000, Royal Brisbane Hospital, Qld 4029, Australia. Tel: +61 7 3362 0255 Fax: +61 7 3845 3503 e‐mail: maricel.hughes@qimr.edu.au</affiliation>
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Background
<p>Evidence suggests that skin surface microtopography is a valid measure of photoaging among young adults, but whether this applies to older adults is unknown.</p>
Methods
<p>We investigated the association between degree of photoaging as measured by histological dermal elastosis and skin microtopography grades by decade of age from 40 to 89 years in a community sample in <hi rend="fc">A</hi>
ustralia. Skin surface replicas and punch biopsies were taken from 664 participants of the <hi rend="fc">N</hi>
ambour <hi rend="fc">S</hi>
kin <hi rend="fc">C</hi>
ancer <hi rend="fc">S</hi>
tudy. The association was assessed using ordinal logistic regression with proportional odds assumption, using histological dermal elastosis grades as outcome.</p>
Results
<p>There was significant increase in odds of higher skin surface microtopography grades with higher dermal elastosis grades for age groups below 70 years [40 to 49 years: odds ratio (<hi rend="fc">OR</hi>
) 2.96, 95% confidence interval (<hi rend="fc">CI</hi>
) 1.68–5.22; 50 to 59 years: <hi rend="fc">OR</hi>
3.78, 95% <hi rend="fc">CI</hi>
2.28–6.26; 60 to 69 years: <hi rend="fc">OR</hi>
2.47, 95% <hi rend="fc">CI</hi>
1.41–4.35). The association was not significant for those 70 years or older.</p>
Conclusion
<p>Skin surface microtopography grading system is a valid measure of degree of dermal elastosis for middle‐aged and older adults up to 69 years but appears not to be valid for adults 70 years or more living in a high sun exposure setting.</p>
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<title type="main">Validation of skin surface microtopography as a measure of skin photoaging in a subtropical population aged 40 and over</title>
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<p>We investigated the association between degree of photoaging as measured by histological dermal elastosis and skin microtopography grades by decade of age from 40 to 89 years in a community sample in <fc>A</fc>
ustralia. Skin surface replicas and punch biopsies were taken from 664 participants of the <fc>N</fc>
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<p>There was significant increase in odds of higher skin surface microtopography grades with higher dermal elastosis grades for age groups below 70 years [40 to 49 years: odds ratio (<fc>OR</fc>
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) 1.68–5.22; 50 to 59 years: <fc>OR</fc>
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2.28–6.26; 60 to 69 years: <fc>OR</fc>
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<abstract>Evidence suggests that skin surface microtopography is a valid measure of photoaging among young adults, but whether this applies to older adults is unknown.</abstract>
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